Waste materials such as cement kiln dust (CKD), limestone powder (LSP), bag house dust (BHD), pulverized steel slag (PSS) and mineral admixtures like calcined clay or metakaolin (MK) – all of which are abundantly available in the Kingdom at little or no cost – were employed in the development of the SCC mixtures.
The mechanical, and durability properties of these SCC were investigated, and comprehensive analysis of the experimental results was carried out.
As a high-performance concrete, SCC delivers these attractive benefits while maintaining all of concrete's customary mechanical and durability characteristics.
Adjustments to traditional mix designs and the use of superplasticizers creates flowing concrete that meets tough performance requirements.
Concrete Concrete Concrete Decorative Architectural Concrete Flowable Green Green Roof Pervious Roller Self Consolidating Self-consolidating concrete, also known as self-compacting concrete (SCC), is a highly flowable, non-segregating concrete that spreads into place, fills formwork, and encapsulates even the most congested reinforcement, all without any mechanical vibration.
It is defined as a concrete mix that can be placed purely by means of its own weight, with little or no vibration.
Factorial design is widely used in experiments involving many factors.
That is, to study the joint effect of the parameters or factors on responses or dependent variables, and, to develop models applicable to design and development of experiments.
Since its invention in the 1980's, it has enjoyed notable acceptance in many parts of the world.If needed, low dosages of viscosity modifier can eliminate unwanted bleeding and segregation.Since its inception in the 1980s, the use of SCC has grown tremendously.In maximizing compressive strength, variables such as cement content A or Self Compacting Concrete (SCC) is flowable and hence eliminates the need for vibration.It is a versatile material which increases durability of the structure to withstand environmental effect.